… high fidelity in the simulation of non-equilibrium flows. Klingenberg et al. investigated
molecular collisions in two-component mixtures and proposed a novel kinetic collision model from …

… a two-dimensional simulation using a multicomponent fluid dynamical model with finite-rate
chemical kinetics. Due to a lack of detailed experimental data., this simulation is not intended …

… Next, we analyze the nonequilibrium kinetics effect of single-mode RMI and reshock
processes based on the DBM simulation results. For the RMI that occurs when the shock wave …

… kinetics on heat transfer and diffusion in non-equilibrium flows … state and one-temperature
kinetic theory approaches. The results … Simulations performed in the frame of the present study …

… states, we develop a kinetic approach that generalizes the … from kinetic theory and extensive
numerical simulations. Our … numerical simulations exhibiting a first-order nonequilibrium …

… density and are suitable for equilibrium or nonequilibrium systems in stationary state. All the
… to kinetic Monte Carlo simulations of a genetic switch and to Langevin dynamics simulations …

… We simulate the flow with chemical reactions of NRP at different conditions, namely, the
nonequilibrium boundary conditions for all 4 components and for different values of the energy …

… The PIC method just described is an approach to solving the Vlasov equation, which includes
no collisional effects. As we have seen, the collisional effects that occur in PIC simulations …

… is used to simulate the nonequilibrium distributions for nonlinear kinetic systems. This …
yet it yields both the phenomenological rate constants and the nonequilibrium internal-state …

… Effects of higher confinement are then studied using a partial-propensity stochastic simulation
… the mechanisms that deviate stochastic kinetics from its deterministic counterpart. In …